wander | 2D multiplayer sandbox game with HTML5 Canvas | Game Engine library

I used the Controller component in the same package, react-hook-form.

To convert the JSON string into Python objects you can use:

snapshot.data should be snapshot.data.docs and then iterate over them and get something like let Map doc = snapshot.data.docs[i].data().

sidenote: change your naming convention. Class name with upper case, camel cases on variables etc

Edit: Try playing around with snapshot.data.data()

The RoutingContext object, which is used internally by the broker, is reusable. This is done for performance reasons to prevent having to re-create the RoutingContext for every routing operation no matter what. As one might guess, routing messages is a very common operation in the broker so it pays to optimize it as much as possible. Reusing the RoutingContext means fewer objects are created and thrown away which means less garbage needs to be cleaned up which means fewer pauses and better overall performance by the broker.

The fact that the previousAddress is different here from the address where the current message is going to be routed is not a problem. It just means that the context won't be re-used for this routing operation and therefore will be cleared. As the name suggests, the beforeMessageRoute method is invoked before any routing logic is performed (e.g. clearing the RoutingContext). If you inspect the RoutingContext using afterMessageRoute then you should see that it was cleared and populated with the proper details.

Message "sending" and message "routing" (both of which have plugin hooks) are related but distinct operations. A message is "sent" in response to a client operation. Sends always result in a route. However, not all routes are the results of sends. A message can be routed due to internal broker operations which do not involve a send (e.g. moving messages around a cluster, expiring a message, cancelling an undeliverable message to a dead-letter address, using a divert, etc.).

I would caution you against inspecting internal broker state (which can be subtle and nuanced) and assuming a problem exists when everything else indicates that the broker is functioning normally. In this case you said that you were "facing routing issues" and that "some message are routed from topic.private.abc.task.V1 to topic.abc.rawmessage.V1" when, in fact, there was no routing issue and messages were not actually being routed from topic.private.abc.task.V1 to topic.abc.rawmessage.V1. From what I can see everything is in fact functioning normally.

.iloc[] takes your current row and operates on only that row. So for each row, we first check, whether yout current team is home or away and the we check accordingly if in that row the current team has more goals than the other team, if yes, we set the value for only that row to True:

Use zip to iterate over multiple objects at once instead of nested loops. You will get a tuple of (point, team). Also, eliminate the loop counter variable n by using enumerate. This makes your code more pythonic. Check out the corrected code below:

What you can use for these kind of analyses is the .cumsum() method. If you have floats or ints in a column, you can easily add up the wins up to that point. Make sure to have the order correct (do some simple tests). For example:

Firstly convert your Datetime column into datetime[ns] dtype by using to_datetime() method(If it's already in datetime dtype then ignore/skip this step):

It looks like the column is not missing (na) but has as value '' (empty string). In that case you can do: